a) A 12 pole dc generator has a simple wave wound armature containing 3000 conductors. If the flux per pole is 0.035 Wb, this machine operates at 700rpm. i) Determine the current path in the circuit. Justify your answer. ii) What is induced voltage in the circuit ii) How many slots does this machine have if there is 4 conductors/slot. iv) what if the induced voltage if the speed is increased to 750rpm with field current double.
a) A 12 pole dc generator has a simple wave wound armature containing 3000 conductors. If the flux per pole is 0.035 Wb, this machine operates at 700rpm. i) Determine the current path in the circuit. Justify your answer. ii) What is induced voltage in the circuit ii) How many slots does this machine have if there is 4 conductors/slot. iv) what if the induced voltage if the speed is increased to 750rpm with field current double.
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![Question:
a) A 12 pole dc generator has a simple wave
wound armature containing 3000 conductors.
If the flux per pole is 0.035 Wb, this machine
operates at 700rpm.
i)
Determine the current path in the
circuit. Justify your answer.
ii)
What is induced voltage in the
circuit
ii)
How many slots does this machine have
if there is 4 conductors/slot.
iv)
what if the induced voltage if the speed
is increased to 750rpm with field current
double.
b) A separately excited dc generator turning
at 2400rpm produces an induced voltage of
227V. The armature resistance is 30 and the
machine delivers a current of 22A. Calculate :
the terminal voltage
(!
ii)
the loss dissipated in armature](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fcf561d92-1b04-4452-98a3-a89a6042c3ff%2F657d6d63-e0f2-46df-a2ac-a10065e6360e%2Fgxsgw09_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Question:
a) A 12 pole dc generator has a simple wave
wound armature containing 3000 conductors.
If the flux per pole is 0.035 Wb, this machine
operates at 700rpm.
i)
Determine the current path in the
circuit. Justify your answer.
ii)
What is induced voltage in the
circuit
ii)
How many slots does this machine have
if there is 4 conductors/slot.
iv)
what if the induced voltage if the speed
is increased to 750rpm with field current
double.
b) A separately excited dc generator turning
at 2400rpm produces an induced voltage of
227V. The armature resistance is 30 and the
machine delivers a current of 22A. Calculate :
the terminal voltage
(!
ii)
the loss dissipated in armature
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